AI, Machine Learning and the Future of Software Development

Every successful interaction that occurs between you and your favorite app is the result of the combined efforts of a quality assurance (QA) team. These tireless problem-hunters ensure that every aspect of the apps that mobile device users the world over depend on for their everyday needs work without a hitch, through every single release and update.
The expectations of the modern mobile app user is — that is, almost all of us, nowadays — is nothing short of perfection, and it’s the primary goal of a QA team to ensure an error-free product on each deployment.
The presence of errors and issues can quickly sink an app. Unfortunately, there’s nothing easy about ensuring a bug-free experience. And it’s only getting harder. Today’s software development world becomes more complex by the day, and testing for the many potentials and scenarios that those complexities bring them means that testing itself has become more and more complicated and resource-intensive.
The 1980s: Manual Testing
Let’s take a few moments to consider how we got here. Up until comparatively recently — the “wow-I-guess-that-really-was-a-long-time-ago-now 1980s” — software QA teams relied heavily on manually testing their devices to ensure products pushed out to market performed properly.
It was a simpler time, with devices capable of much less and active in far fewer scenarios, and so manual coding was a sufficient way of testing. While it was tedious work that took a lot of time when thoroughly performed, manual testing worked well for testers.
The 1990s – 2010s: Coded Test Automation
Over the next few decades, advances in testing freed QA testers from the requirements of hands-on laboring through test cases. No longer did they need to manually sniff out bugs in spaghetti piles of code.
They had a new weapon in the war on software issues: Large-scale manual testing had become impractical, and, if any QA team was going to thoroughly test a would-be release in a reasonable amount of time, they needed to execute test scripts through an automation tool.
The 2020s: No-Code Test Automation
Up until very recently, the plight of the QA testing team had become quite dire indeed. To ensure a quality product release, automated testing required ever-increasingly complex code apparatuses meant that QA teams needed to dedicate more and more programmers specifically to testing, rather than to other tasks, like producing new features.
But then came the inevitable. By way of the principle of abstraction — in which interface-based representations pave over incredibly complex processes (consider the ones and zeros hiding behind the article you’re reading now, for example) — many specialists had long heralded the arrival of a rise in a new layer of abstraction, a “No-Code Revolution,” and this has indeed come to fruition of the past few years.
2025? Truly Intelligent Self-Testing Software
That said, in the scheme of things, the No-Code Revolution is just another step forward, and I believe that the next step of software testing is software that tests itself.
I’m not alone on this: Like the No-Code Revolution, self-testing software has been a projected reality for years. At the rate of change and growth in technology, it’s not at all absurd to imagine that by 2025, intelligent test automation (that is, self-testing software), where testing AI operates without human intervention, will greatly expand.
No code still requires people and people aren’t machines: They make mistakes. Even with no code — though greatly reduced — human error remains a factor from which serious issues can still arise. Consider too the excess use of resources, time, and effort that arises from human testing.

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Scheduling software development: questions and answers

Software is more than just program code. It is a collection of executable code, associated libraries, and documentation. Today, we would like to draw your attention to scheduling software development. What is it? How many stages does it include? And where to get a ready-made scheduling application? Let’s dive into this topic step-by-step!
Software capabilities for successful scheduling
Accurate demand forecast
Does the demand forecast determine the level of reserves?
A good scheduling software reviews your sales history and automatically selects the best statistical model to determine future consumer demand.
You can also manage, re-evaluate and modify the forecast based on additional information known within the management team or provided by your suppliers and suppliers.
Projected stock levels
Do you know the optimal level of stock for each product? The lack or excess of reserves entails associated costs and does not allow you to effectively use the funds you invested.
The right scheduling software reserves function calculates and displays inventory levels for future periods. These projected reserve levels are based on current holdings, incoming supply, and projected demand based on your target reserves and projected needs.
Future stock deficits are marked by red and surplus reserves by green. This allows you to ensure that you do not buy, store or limit capital unnecessarily, and provide sufficient reserves to prevent deficits.
Order planning
It is impossible to be always sure when and what things to order according to demands and restrictions of business partners and so on. You can instantly create the perfect order while maintaining the target levels of reserves and ensuring the most efficient use of the investment invested in them. A good scheduling software automatically generates stock offerings and creates an order plan. The software calculates and provides your purchasing system (such as the MRP system) with an optimized order project.
Features of good scheduling software
The scheduling software should match your business objectives and all other processes of your company.
When choosing software for production planning for your company, you need to consider many factors. These may include the total cost of ownership of the chosen solution, reliability, high-quality support and, finally, your ability to evaluate all features before making a decision.
Scheduling software just like any other software can be judged by what it offers and how well it can be used.
This software must meet the following criteria:
operation
transition
Well-designed and accurately developed software, like one from gearheart.io, is supposed to have all the mentioned characteristics.
Fundamentals of scheduling software design
Software development is the process of converting user requirements into some suitable form that helps the programmer in coding and implementing software.
An SRS document is created to assess user requirements, while more specific and detailed software requirements are needed for coding and implementation. The output of this process can be directly used for implementation in programming languages.
Software development is the first step in the SDLC (software development life cycle) that shifts focus from the problem area to the solution area. It tries to specify how to meet the requirements specified in the SRS.
Conclusion
Working with an outsourced team of developers should be convenient and effective, so the choice of IT partner should be approached with full responsibility. It is possible to determine the extent to which developers are suitable, whether they take care of clients, how competent contractor specialists are, and how quickly they respond to your wishes.
Moreover, modern projects and the conditions for their implementation become more demanding and difficult. The range of tasks solved in them is expanding. And the existing ones require special software, like scheduling software by gearheart.io. This is especially felt while managing large projects that have no analogs in the past.

The original content of the note was published on Business-review.eu. To read the full note visit here

How Can Mobile Apps Help Manufacturers?

A recent study by Deloitte found that the manufacturing industry will have to fill 4.6 million jobs between 2018-2028, but it will only be able to fill 2.2 million, or half of them.
One way to bridge the gap is through in-house technical training. Skills training programs help employees adopt and employ digital technologies that allow them to get more tasks done in less time each day. This trend, called digital transformation, enables manufacturers to move their organizations into Industry 4.0. Industry 4.0 includes incorporating digital transformation, Internet of Things (IoT), big data, artificial intelligence, mobile technologies, machine learning, smart factories, analytics, and other advanced technologies into the business – right down to the production line.
Mobile technology is an essential part of the Industry 4.0 revolution. Progressive manufacturing companies are already using mobile devices to connect employees to collect, access, and share critical manufacturing data and achieve continuous improvement. The power of mobile applications lies in their ability to work right down on the production line, where the actual manufacturing process takes place.
Mobile apps help manufacturers achieve more with fewer people by increasing the productivity of existing workers and streamlining the processes. Some of the benefits of replacing paper forms with mobile apps include:
1.More, Better Data: Mobile apps help manufacturers access large amounts of instant and accurate data that can be shared easily. Having accurate data helps them improve the efficiency of the manufacturing process and facilitate continuous improvement.
2.Faster, Deeper Data Analysis: Mobile apps eliminate data-entry errors and delayed access to crucial data by providing real-time access to large amounts of data. In turn, better data allows manufacturing leaders to make better decisions about materials inventory, corrective action, or equipment maintenance.
3.Increased Worker Efficiency: Mobile apps coordinate and optimize teamwork, and improve communication and collaboration between workers and supervisors.
4.Sharing of Expert Experience: Intelligent apps can capture the knowledge or established processes of experienced workers in a workflow that can train newer members.
The manufacturing industry is combating severe labor shortages by employing digitization. Industry 4.0 has opened many opportunities for modern manufacturers to tackle these challenges and modernize their systems. Low-code app development platforms offer manufacturers better integration, adaptation, and the ability to harness the power of advanced technologies. Overall, they can achieve better results using less employee time and fewer technical resources.

The original content of the note was published on Technative.io. To read the full note visit here

Software Development Time Estimation: How Long Should It Take To Develop A Product?

Once you come up with the idea of creating a software product and have proof of concept, you can start thinking about how much it takes to bring it to life. There is much work to be done before your product hits the market, but the question I want to discuss in this article is how much time it will take to develop the software.
To start with, you should decide whether you want an on-site development team who will work as a part of your company or whether you want to outsource.
Once you have decided who will develop your product, you want to know when you can release it. There are several ways of estimating development time.
As a client, you would like to know the approximate date of your product’s release; for this, you should understand the scope of work. Also, estimating time will help you to calculate the budget and will give you a transparent outlook of the work that should be done.
The development time consists not only of the scope of work, but you should also consider risk buffers and time-eaters, both of which are hard to foresee and unable to control. Time-eaters can refer to communication issues between team members and people who are unable to work. Risk buffers refer to any stumbling points that need time to be solved.
Various factors influence the time frame of developing the project.
First is the type of project. The more complex and unique the project is, the more time it needs in order to be built.
The second thing to consider is whether you have to migrate large amounts of data from one system to another.
The number of features, complexity in functionality and difficulty in implementation also dictate the development time.
The time frame will also depend on is you are building a unique UI/UX solution. This process takes extensive research, analyses, design and implementation and does not utilize as many existing solutions.
The consistency of your requirement also plays a significant role. The better view of your project you have, the more precise requirements you get.
Last but not least, there is the complexity of integrating the new software within your business system. Some integrations are easy, but others require more time and effort.

The original content of the note was published on Forbes.com. To read the full note visit here